System and method of seamless game world based on server/client

Abstract

The present invention provides a seamless game world system in the field of massively multiplayer online games, comprising a plurality of game servers and at least a client, each of the game servers being assigned to a zone in the game world divided into zones. The seamless game world comprises: a game logic computing module for computing an avatar's new status; a map controller for detecting whether an area of interest of the avatar has crossed the border of a host server of the avatar and spanned neighbor game servers based on the avatar's new status computed by the avatar computing module, and determining to make / delete a clone on a neighbor game server or synchronize the clone's status based on the detected result; and an avatar status update module for performing a normal status update on the avatar based on the computed result of the game logic computing module after the map controller notices its neighbor game server to delete the clone from an avatar list.

Description

FIELD OF THE INVENTION [0001] The present invention generally relates to a computer system for online gaming and the method thereof, in particularly to a seamless game world system for chaining a game world partition divided into several small-scale game worlds in massive multiplayer online games based on client / server architecture to form a whole game world, and method thereof. BACKGROUND OF THE INVENTION [0002] With the advent of the Internet and wireless communication, massively multiplayer online games (MMOG) are becoming more popular in recent years. While P2P architecture has been discussed in academic fields for some time, and there are some games implemented in P2P manner, most commercially operated MMOG are provided in a typical client / server architecture for game security and management purposes. [0003] In the MMOG in the form of client / server architecture, players run a client program on their local game hardware (typically a PC or a game console) that acts only as an inp...

AI Technical Summary

Benefits of technology

The present invention provides a seamless game world system in which all players have a consistent view of the game world. The system includes a game logic server for computing the avatar's new status and a map controller for detecting the avatar's area of interest and determining whether to create a clone on a neighbor server or synchronize the clone's status. The avatar's view of the game world is then sent to the client for display. The technical effects of the invention include creating a seamless game world view for all players and enabling flexible changes in avatar view scopes without redundant clones. The method can be easily adapted to legacy games.

Problems solved by technology

So the player will have the serious problem of abrupt visual effect on the client site.

A second shortcoming is that the border of a zone prohibits the player from seeing another side of the game world, which in turn reduces the interaction and fun of the game.

The third shortcoming is that the difficulty of dynamic load balancing among game server farms is increased (i.e. batch movement of avatar without influence on the business-as-usual (BAU) of game servers is a very challenging task.)

The main weaknesses of the buffered zone solution are: the game map needs to be reconstructed, the map cell's shape and size are also limited, and there is a paradox in dealing with the dynamically changing AOI.

If the maximum AOI is adopted as the scope of overlapped area, it will increase the redundant computing and communication load of them and reduce the overall resource usage rate of the game server farm.

Images